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Engine Starting Systems

SuperTorque 8Z

NiZn engine starting system

SuperTorque 8R

Integrated engine starting with rack/8Z/BBS/BSC/disconnects

DC Power Systems

PowerCab2

24-300VDC, switchgear and industrial power system

PowerCab

24/48/120VDC, SCR

MicroCab

12/24/48VDC, switchmode

Battery Chargers

MicroGenius LE

12/24VDC, 5-10A

MicroGenius 2

24/24VDC, 6-25A

MicroGenius S2/S4

24-120VDC, 6-50A

EnerGenius DC

120-240VDC, 6-800A, 3PH

Battery Monitoring & Redundancy

SC4 Battery Monitoring

Comprehensive BMS for industrial and telecom applications

Best Battery Selector

BBS battery coupler

BCS-120

Control & alternator coupler

Applications

Engine Starting

Reliable DC power for engine starts

Switchgear Power

Backup power for critical switchgear

Industrial DC Power

Rugged power for industrial sites

Battery Monitoring

Battery monitoring systems and accessories

Industries

Data Centers

Backup power infrastructure to maintain uptime

Oil & Gas

Power solutions for harsh environments

Utilities

Reliable power for grid operators

Hospitals

Backup power for life-critical systems

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Article

What Switchmode Technology can do for Utilities

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Article

How Hyperscalers can Conquer the Energy Wall

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Download firmware and software

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Explore SENS power industry insights

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Real world success stories

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Prevent common genset starting failures

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Case Study

How Girtz Industries Improved Their Engine Starting Tests

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What will the Mission for Critical Power Look like in 2030?

About

About SENS

Learn about our company

Manufacturing

U.S.-based manufacturing and scalable production

Quality

ISO 9001, worst-case design, codes & standards

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Find a regional representative

Company Updates

News

Company news and announcements

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NEWS

SENS Summit Explores How AI Is Reshaping Mission-Critical Power Design

2 min read

Harnessing New Technology to Empower the Power Utility Workforce

Harnessing New Technology to Empower the Power Utility Workforce

The power utility workforce is more strained than ever.  New technology can help.

In 2020 and already in 2021, the COVID-19 pandemic coupled with natural disasters including wildfires, floods, extreme cold, and windstorms have combined with predicted baby-boomer retirements to place huge strains on the power utility workforce. These challenges have shown how critical the power utility workforce is to the functioning of our society’s core infrastructure. This posting points out three ways modern technology can help relieve at least some of this strain.

Remote management
Advanced protective equipment, battery chargers, and battery monitors can all provide data and alarms necessary for remote monitoring and even management. Remote management is clearly more efficient and much better suited to the limitations imposed by pandemic personal safety measures. While older technology often enables some aspects of remote management, more advanced features such as extended event logging are often not present. A 2018 paper by the Boston Consulting Group entitled How Utilities Can Boost Workforce Productivity with Digital  provides a broad review of this topic for the entire power & utility industry.

Improved service effectiveness and efficiency
A vast amount of knowledge necessary to service legacy equipment has been lost as skilled baby boomers retire from the workforce. Modern technology provides a huge advantage in countering this loss by building extensive self-diagnostics into systems, employing strategies such as modular hot-swap power converters for UPS systems and battery chargers, and using standard network components to install battery monitoring systems. For example, if a modern substation battery charger with hot-swap power modules experiences a failure, it keeps on operating at reduced output and alerts the monitoring center of the issue. The center can then dispatch a relatively junior technician to replace the failed module without interrupting system operation. The service call doesn’t have to be an emergency and can be scheduled along with other calls, improving workforce productivity and preventing unnecessary truck rolls.

At the site, if the technician does have questions or issues, new service technologies enable any smartphone to become the remote eyes and ears for centrally located backup resources. This technology, called augmented reality, enables the remote expert to annotate or even superimpose images of tools or meter probes onto the image that the on-site technician sees.

Recruiting advantage
Recruiting talent at all levels into the power industry has been a challenge for decades and is becoming no easier. Younger technical prospects are much more likely to be attracted to organizations who are employing modern technology. Few are going to be excited about stepping back in time and working with twenty- or thirty-year-old technology that many are still purchasing today.

Modern technology alone won’t solve the workforce challenges organizations in the power industry face. But technology is a critical part of the overall solution and one that senior management needs to push.  It’s more efficient, effective, and is certainly a big plus in attracting technical talent.

 

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